Grael Miller

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About

Grael Miller is a researcher in advanced manufacturing and robotics, with a focus on precision material removal processes. Their work centers on developing mechanistic cutting force models to enhance robotic deburring—a critical step in automated finishing operations. Miller's most-cited paper, "The application of mechanistic cutting force models for robotic deburring" (2021, 10 citations), provides a foundational framework for predicting forces during low-rigidity robotic tasks, improving accuracy and reducing tool wear. A complementary study, "Application of mechanistic force models to features of arbitrary geometry at low material removal rate" (2021, 5 citations), extends these models to complex, non-standard shapes, enabling more versatile automation in manufacturing. Though early in their career, Miller's contributions are notable for bridging theoretical force prediction with practical robotic applications, addressing challenges in low material removal rate scenarios. Their work has implications for industries like aerospace and automotive, where precise deburring is essential. With growing citation impact, Miller is establishing a reputation for rigorous experimental validation and model development, making them a rising voice in the intersection of robotics and manufacturing science.